CN207591978U - For the charging guiding device of cement ball mill - Google Patents
For the charging guiding device of cement ball mill Download PDFInfo
- Publication number
- CN207591978U CN207591978U CN201720733310.3U CN201720733310U CN207591978U CN 207591978 U CN207591978 U CN 207591978U CN 201720733310 U CN201720733310 U CN 201720733310U CN 207591978 U CN207591978 U CN 207591978U
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- CN
- China
- Prior art keywords
- feed bin
- water conservancy
- conservancy diversion
- guiding device
- side plate
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Abstract
The utility model provides a kind of cement ball mill applied to cement ball mill technical field and feeds guiding device,Guiding device ontology (5) one end of the charging guiding device for cement ball mill is connected with feeding pipe (3),Guiding device ontology (5) other end extends to feed bin (1) inside across preceding bin wall (2),Guiding device ontology (5) extends to the setting blanking port of one end bottom in feed bin (1) (6),Guiding device ontology (5) extends to the setting flow apron of one end front end in feed bin (1) (7),The charging guiding device for cement ball mill of the utility model,It is simple in structure,So that the position of close feed bin antetheca is not in non-material area in feed bin,It is effectively increased milling time of the cement material in feed bin,Entire cement ball mill is improved in the grinding efficiency for carrying out cement material grinding,It is finally reached and proposes production,It is energy saving,The purpose of consumption reduction.
Description
Technical field
The utility model belongs to cement ball mill technical field, is to be related to one kind for cement ball mill more specifically
Charging guiding device.
Background technology
In cement factory, traditional cement ball mill is generally using two storehouses mill or three-chamber mill, since cement material is from material
When one storehouse of storehouse enters feed bin, the impulse inertia of material is big, and cement material is caused directly to fall after rise in one storehouse rear end of feed bin, simultaneously because
Air pipeline is entered the wind by the feed bin antetheca side of feed bin, is left further such that cement material is taken advantage of a situation to one storehouse rear end of feed bin, this
Into the cement material of feed bin not is then there is the non-material area of relatively large distance, i.e., close to the one storehouse front end of feed bin of feed bin antetheca in sample
It can fall in one storehouse front position of feed bin.In this way, when cement ball mill works, the material grinding steel ball of bulk zone will not be with water
Mud material contacts, and the position is caused not cannot participate in material grinding work, and the position material grinding steel ball is caused to do for a long time
Idle work so as to cause to waste, also reduces the cement material amount of grinding in one storehouse of feed bin so that cement material grinding efficiency drops
It is low, meanwhile, material grinding steel ball cannot come into full contact with cement material in one storehouse of feed bin, seriously affect cement material in feed bin
Grinding quality in one storehouse.When cement ball mill works, since cement material directly falls in one storehouse rear end of feed bin, then without material
The cement material that one storehouse of storehouse is fully ground enters two storehouse of feed bin soon, in this way, increasing the grinding burden in two storehouse of feed bin, grinding is total
Yield will reduce, and power consumption will increase.
Utility model content
Technical problem to be solved in the utility model is：In view of the deficiencies of the prior art, it is simple in structure to provide one kind, into
This is low, it is ensured that the cement material into feed bin can be equably fallen in feed bin so that close to the position of feed bin antetheca in feed bin
Be not in non-material area, so as to be effectively increased cement material milling time interior in feed bin, effectively improve entire cement ball-milling
Machine carry out cement material grinding grinding efficiency, be finally reached carry production, it is energy saving, consumption reduction purpose, realization cement factory it is energy saving
The charging guiding device for cement ball mill of consumption reduction.
Solve the problems, such as techniques discussed above, the technical solution that the utility model is taken is：
The utility model is a kind of charging guiding device for cement ball mill, and the cement ball mill includes material
Storehouse, feed bin include preceding bin wall, setting feeding pipe on the outside of preceding bin wall, and ventilation is installed on the preceding bin wall below feeding pipe
Pipeline, the charging guiding device for cement ball mill include guiding device ontology, guiding device ontology one end with into
Expect pipeline connection, the guiding device ontology other end is extended to across preceding bin wall inside feed bin, and the guiding device ontology prolongs
One end bottom setting blanking port in feed bin is reached, guiding device ontology extends to the setting water conservancy diversion of one end front end in feed bin and keeps off
Plate.
The feed bin includes by nearby one storehouse of feed bin of bin wall and two storehouse of feed bin far from preceding bin wall, one storehouse of feed bin
With arranging thing abrasive lapping steel ball is distinguished in two storehouse of feed bin, feeding pipe is configured to outside feed bin to feed bin delivered inside water
The structure of mud material, the cement material that the feeding pipe is transported to inside feed bin are configured to fall on from blanking port close
Structure in one storehouse of feed bin of preceding bin wall position.
The guiding device ontology include water conservancy diversion bottom plate, left water conservancy diversion side plate, right water conservancy diversion side plate, the water conservancy diversion bottom plate,
The u-shaped structure in left water conservancy diversion side plate, right water conservancy diversion side plate composition section, blanking port are arranged on the position that water conservancy diversion bottom plate is located in feed bin
It puts, the flow apron is tiltedly mounted on left water conservancy diversion side plate front position and right water conservancy diversion side plate front position.
It connect with left water conservancy diversion side plate lower end on the left of the water conservancy diversion bottom plate, connects on the right side of water conservancy diversion bottom plate with right water conservancy diversion side plate lower end
It connects, left water conservancy diversion side plate rear end and right water conservancy diversion side plate rear end are connect respectively with feeding pipe, and left water conservancy diversion side plate front end sets left bank
Face, right water conservancy diversion side plate front end setting Right deviation inclined-plane, flow apron are connect with left-leaning inclined-plane and Right deviation inclined-plane.
The air pipeline is connected with wind turbine, and the air quantity of wind turbine blowout is configured to the blanking from guiding device ontology
Mouthful lower section blows into the structure of feed bin, the water conservancy diversion bottom plate of guiding device ontology, left water conservancy diversion side plate, right water conservancy diversion side plate respectively with feed pipe
Road is welded to connect.
The left water conservancy diversion side plate and the connecting portion setting reinforcing rib I of feeding pipe, I one end of reinforcing rib and left water conservancy diversion side
Plate connects, and I other end of reinforcing rib is connect with feeding pipe, and the connecting portion setting of the right water conservancy diversion side plate and feeding pipe adds
Strengthening tendons II, II one end of reinforcing rib are connect with right water conservancy diversion side plate, and II other end of reinforcing rib is connect with feeding pipe.
The left water conservancy diversion side plate front end and the connecting portion setting reinforcing rib III of flow apron, III one end of reinforcing rib and a left side
Water conservancy diversion side plate leading exterior surface connects, and III other end of reinforcing rib is fixedly connected with flow apron left outer surface, and the right side is led
Flow the connecting portion setting reinforcing rib IV of side plate front end and flow apron, IV one end of reinforcing rib and right water conservancy diversion side plate leading exterior surface
Connection, IV other end of reinforcing rib are fixedly connected with outer surface on the right side of flow apron.
Using the technical solution of the utility model, following advantageous effect can be obtained：
The charging guiding device of cement ball mill described in the utility model, based on state of the art, to the prior art
In cement ball mill carry out technological improvement, on cement ball mill increase for cement ball mill charging guiding device, object
Material guiding device is fixedly connected with feeding pipe, in this way, when needing to carry out cement material grinding, from feeding pipe into feed bin
Cement material is conveyed, realizes charging, cement material can enter back into the guiding device sheet of channel design after feeding pipe entrance
Body, and guiding device ontology front end setting flow apron, guiding device body bottom portion setting blanking port, in such manner, it is possible to by leading
Stream device body is effectively improved cement material and enters the movement locus after feed bin, and the cement material for entering cement ball mill is forced
Water conservancy diversion enters feed bin front end, realize cement material and the material grinding steel ball of feed bin front end it is quick, come into full contact with, increase cement
Material in a storehouse milling time, in this way, when into guiding device ontology cement material under effect of inertia, from feed bin front end to
Feed bin rear end is horizontal forward without will continue to by water conservancy diversion when plate stops into fashionable, but can be fallen from blanking port, at this moment exists
Air pipeline wind turbine conveying air quantity under the action of, air quantity can blow the cement material fallen from blanking port equably fall from
In feed bin front end to the entire feed bin of feed bin rear end, in this way, being not in non-material area close to the feed bin front end of feed bin antetheca, this
Sample when cement ball mill works, can all fall cement material, so that it is guaranteed that material on the material grinding steel ball at each position of feed bin
Whole materials grinding steel ball in storehouse can participate in cement material grinding work, in such manner, it is possible to effectively solve to be located at feed bin front end
Material grinding steel ball flog a dead horse problem, avoid cement ball mill work in waste, realize cement material and feed bin front end
Material grinding steel ball it is quick, come into full contact with, increase cement material in a storehouse milling time, while effectively improve in feed bin
The grinding efficiency of boring grinding steel ball is finally reached and puies forward production, energy saving, consumption reduction purpose.It is described in the utility model to be used for cement
The charging guiding device of ball mill, simple in structure, manufacture is at low cost, it is ensured that the cement material for entering feed bin from guiding device can
It equably falls in feed bin so that the position of close feed bin antetheca is not in non-material area in feed bin, is effectively increased cement material
Milling time in feed bin effectively improves grinding efficiency of the entire cement ball mill in progress cement material grinding, finally
Achieve the purpose that carry production, energy saving, consumption reduction, realize the energy-saving charging guiding device for cement ball mill of cement factory.
Description of the drawings
To this specification, the content expressed by each attached drawing and the label in figure make brief description below：
Fig. 1 is the overall structure diagram described in the utility model for cement ball mill；
Fig. 2 is the partial enlargement structural representation of the charging guiding device of cement ball mill described in the utility model；
Fig. 3 is the section in the A-A faces of the guiding device ontology of the charging guiding device for cement ball mill described in Fig. 2
Structure diagram；
Attached drawing acceptance of the bid, which is remembered, is respectively：1st, feed bin；2nd, preceding bin wall；3rd, feeding pipe；4th, air pipeline；5th, guiding device sheet
Body；6th, blanking port；7th, flow apron；8th, water conservancy diversion bottom plate；9th, left water conservancy diversion side plate；10th, right water conservancy diversion side plate；11st, left-leaning inclined-plane；12、
Reinforcing rib I；13rd, reinforcing rib III；14th, one storehouse of feed bin；15th, two storehouse of feed bin；16th, material grinding steel ball；17th, cement material；18th, it is right
Inclined surface.
Specific embodiment
Below against attached drawing, by the description of the embodiment, to specific embodiment of the present utility model as involved
Mutual alignment and connection relation, the effect of each section and operation principle between the shape of each component, construction, each section etc. make into
The detailed description of one step：
As shown in attached drawing 1- attached drawings 3, the utility model is a kind of charging guiding device for cement ball mill, described
Cement ball mill includes feed bin 1, and feed bin 1 includes preceding bin wall 2,2 outside setting feeding pipe 3 of preceding bin wall, under feeding pipe 3
Air pipeline 4 is installed, the charging guiding device for cement ball mill includes guiding device sheet on the preceding bin wall 2 of side
Body 5,5 one end of guiding device ontology are connected with feeding pipe 3, and 5 other end of guiding device ontology extends to material across preceding bin wall 2
Inside storehouse 1, the guiding device ontology 5 extends to the setting of one end bottom in feed bin 1 blanking port 6, and guiding device ontology 5 prolongs
Reach one end front end setting flow apron 7 in feed bin 1.Charging water conservancy diversion described in the utility model for cement ball mill fills
Put, based on state of the art, using means are analysed scientifically, analysed in depth material in cement ball mill tail over curve and into,
Go out the parametric synthesis such as material specific surface area to compare, by grinding effect network analysis in mill, to cement ball-milling of the prior art
Machine carry out technological improvement, on cement ball mill increase for cement ball mill charging guiding device, material diversion device with
Feeding pipe is fixedly connected, in this way, when needing to carry out cement material grinding, cement object is conveyed into feed bin from feeding pipe
Material realizes charging, and cement material can enter back into the guiding device ontology 5 of channel design after feeding pipe entrance, and water conservancy diversion fills
Put ontology front end setting flow apron, guiding device body bottom portion setting blanking port, in such manner, it is possible to have by guiding device ontology
Effect improves cement material and enters the movement locus after feed bin, water conservancy diversion is forced to enter feed bin the cement material for entering cement ball mill
Front end, realize cement material and feed bin front end material grinding steel ball it is quick, come into full contact with, increase cement material is ground in a storehouse
Time consuming in this way, when the cement material into guiding device ontology is under effect of inertia, enters from feed bin front end to feed bin rear end
When, it is horizontal forward without will continue to, but can be fallen from blanking port by water conservancy diversion when plate stops, at this moment in the wind of air pipeline
Under the action of the air quantity of machine conveying, air quantity can blow the cement material fallen from blanking port and equably fall from feed bin front end to material
In the entire feed bin of storehouse rear end, in this way, being not in non-material area close to the feed bin front end of feed bin antetheca, in this way, in cement ball
When grinding machine works, cement material can be all fallen on the material grinding steel ball at each position of feed bin, so that it is guaranteed that the whole in feed bin
Material grinding steel ball can participate in cement material grinding work, in such manner, it is possible to which the material effectively solved positioned at feed bin front end is ground
Steel ball flogs a dead horse problem, avoid cement ball mill work in waste, realize that cement material and the material of feed bin front end are ground
Steel ball it is quick, come into full contact with, increase cement material in a storehouse milling time, while effectively improve the boring grinding steel in feed bin
The grinding efficiency of ball is finally reached and puies forward production, energy saving, consumption reduction purpose.It is described in the utility model for cement ball mill into
Expect guiding device, simple in structure, manufacture is at low cost, it is ensured that the cement material for entering feed bin from guiding device can equably be fallen
In feed bin so that the position of close feed bin antetheca is not in non-material area in feed bin, and it is interior in feed bin to be effectively increased cement material
Milling time, effectively improve entire cement ball mill carry out cement material grinding grinding efficiency, be finally reached carry production, section
The purpose that can, lower consumption realizes the energy-saving charging guiding device for cement ball mill of cement factory.
Charging guiding device described in the utility model for cement ball mill, after being implemented by guiding device ontology,
The non-material area in one storehouse material grinding steel ball region of silo is eliminated completely, flogs a dead horse problem, grinds there is no cement ball mill
Mill efficiency is obviously improved, and milling time in one storehouse of cement material feed bin increases, and is fully ground, cement material into
Bag ball phenomenon when entering two storehouse of feed bin also no longer occurs.To sum up, using it is described in the utility model for cement ball mill into
Expect guiding device, cement output increased 15%, power consumption declines 10%, and cement ball mill system run all right is easy to operate,
Yield is substantially improved, and power consumption declines apparent.
The feed bin 1 includes by nearby one storehouse 14 of feed bin of bin wall 2 and two storehouse 15 of feed bin far from preceding bin wall 2,
Difference arranging thing abrasive lapping steel ball 16 in two storehouse 15 of one storehouse 14 of feed bin and feed bin, feeding pipe 3 is configured to outside feed bin 1
To the structure of 1 delivered inside cement material of feed bin, the cement material that the feeding pipe 3 is transported to inside feed bin 1 is set as
It can be fallen on from blanking port 6 by the structure in nearby one storehouse 14 of feed bin of 2 position of bin wall.Above structure, feed bin are divided into feed bin
Two storehouse of one storehouse and feed bin after cement material enters feed bin, falls into one storehouse of feed bin, in material in one storehouse of feed bin grinding steel ball into
Row grinding, then enters back into two storehouse of feed bin, then is ground in the material grinding steel ball in two storehouse of feed bin.It is new by this practicality
The structure of type is improved, after cement material enters one storehouse of feed bin, under the action of guiding device ontology, and cement material movement locus hair
Raw to improve, so as to be fallen from blanking port, part of cement material is fallen on the material grinding steel ball of one storehouse front end of feed bin, in addition
Cement material is fallen on the material grinding steel ball at one other positions of storehouse of feed bin, under the air quantity effect of air pipeline in this way, realizing
Cement material is equably fallen at each position in one storehouse of feed bin, avoids one storehouse of feed bin and occurs close to the front end of feed bin antetheca without material
Area's problem effectively improves material grinding efficiency.
The guiding device ontology 5 includes water conservancy diversion bottom plate 8, left water conservancy diversion side plate 9, right water conservancy diversion side plate 10, the water conservancy diversion
The u-shaped structure in bottom plate 8, left water conservancy diversion side plate 9, right water conservancy diversion side plate 10 composition section, blanking port 6 are arranged on water conservancy diversion bottom plate 8
Position in feed bin 1, the flow apron 7 are tiltedly mounted on left 9 front position of water conservancy diversion side plate and right 10 front end of water conservancy diversion side plate
Position.Above structure, the channel that water conservancy diversion bottom plate 8, left water conservancy diversion side plate 9, right water conservancy diversion side plate 10 formation cement material guide, and water conservancy diversion
Baffle can stop to be continued to horizontally advance into the intrinsic cement material of guiding device, and changes its movement locus so that water
Mud material is fallen from blanking port, can be distributed in each position in one storehouse of feed bin, effectively solves the problems, such as non-material area occur.
8 left side of water conservancy diversion bottom plate is connect with left 9 lower end of water conservancy diversion side plate, 8 right side of water conservancy diversion bottom plate and right water conservancy diversion side plate 10
Lower end connects, and left 9 rear end of water conservancy diversion side plate and right 10 rear end of water conservancy diversion side plate are connect respectively with feeding pipe 3, left 9 front end of water conservancy diversion side plate
The left-leaning inclined-plane 11 of setting, right 10 front end of water conservancy diversion side plate setting Right deviation inclined-plane 18, flow apron 7 and left-leaning inclined-plane 11 and Right deviation inclined-plane
Connection.Above structure, flow apron are connect with left-leaning inclined-plane and Right deviation inclined-plane so that flow apron is in tilted layout, and realizes to water
Effective blocking of mud material, changes its movement locus so that from feeding pipe enter the intrinsic cement material of guiding device from
Blanking port is fallen.
The air pipeline 4 is connected with wind turbine, and the air quantity of wind turbine blowout is configured to falling from guiding device ontology 5
6 lower section of material mouth blows into the structure of feed bin 1, and the water conservancy diversion bottom plate 8 of guiding device ontology 5, left water conservancy diversion side plate 9, right water conservancy diversion side plate 10 divide
It is not welded to connect with feeding pipe 3.Above structure, guiding device ontology 5 are fixedly connected with feeding pipe, in cement ball mill work
Guiding device will not fall off when making, and improve reliability.
The connecting portion setting reinforcing rib I 12 of the left water conservancy diversion side plate 9 and feeding pipe 3, I 12 one end of reinforcing rib and a left side
Water conservancy diversion side plate 9 connects, and I 12 other end of reinforcing rib is connect with feeding pipe 3, the right water conservancy diversion side plate 10 and feeding pipe 3
Connecting portion sets reinforcing rib II, and II one end of reinforcing rib is connect with right water conservancy diversion side plate 10, II other end of reinforcing rib and feeding pipe 3
Connection.The setting of reinforcing rib I 12 and reinforcing rib II is further improved and is connected reliably between guiding device ontology and feeding pipe
Property, improve device global reliability.
Left 9 front end of water conservancy diversion side plate and the connecting portion setting reinforcing rib III 13 of flow apron 7, reinforcing rib III 13 1
End is connect with left 9 leading exterior surface of water conservancy diversion side plate, and III 13 other end of reinforcing rib is fixedly connected with 7 left outer surface of flow apron,
Right 10 front end of water conservancy diversion side plate and the connecting portion setting reinforcing rib IV of flow apron 7, IV one end of reinforcing rib and right water conservancy diversion
10 leading exterior surface of side plate connects, and IV other end of reinforcing rib is fixedly connected with 7 right side outer surface of flow apron.III 13 He of reinforcing rib
The setting of reinforcing rib IV further improves the reliability connected between guiding device ontology and flow apron, improves device
Global reliability.
The charging guiding device of cement ball mill described in the utility model, based on state of the art, to the prior art
In cement ball mill carry out technological improvement, on cement ball mill increase for cement ball mill charging guiding device, object
Material guiding device is fixedly connected with feeding pipe, in this way, when needing to carry out cement material grinding, from feeding pipe into feed bin
Cement material is conveyed, realizes charging, cement material can enter back into the guiding device sheet of channel design after feeding pipe entrance
Body, and guiding device ontology front end setting flow apron, guiding device body bottom portion setting blanking port, in such manner, it is possible to by leading
Stream device body is effectively improved cement material and enters the movement locus after feed bin, and the cement material for entering cement ball mill is forced
Water conservancy diversion enters feed bin front end, realize cement material and the material grinding steel ball of feed bin front end it is quick, come into full contact with, increase cement
Material in a storehouse milling time, in this way, when into guiding device ontology cement material under effect of inertia, from feed bin front end to
Feed bin rear end is horizontal forward without will continue to by water conservancy diversion when plate stops into fashionable, but can be fallen from blanking port, at this moment exists
Air pipeline wind turbine conveying air quantity under the action of, air quantity can blow the cement material fallen from blanking port equably fall from
In feed bin front end to the entire feed bin of feed bin rear end, in this way, being not in non-material area close to the feed bin front end of feed bin antetheca, this
Sample when cement ball mill works, can all fall cement material, so that it is guaranteed that material on the material grinding steel ball at each position of feed bin
Whole materials grinding steel ball in storehouse can participate in cement material grinding work, in such manner, it is possible to effectively solve to be located at feed bin front end
Material grinding steel ball flog a dead horse problem, avoid cement ball mill work in waste, realize cement material and feed bin front end
Material grinding steel ball it is quick, come into full contact with, increase cement material in a storehouse milling time, while effectively improve in feed bin
Material grinds the grinding efficiency of steel ball, is finally reached and puies forward production, energy saving, consumption reduction purpose.It is described in the utility model to be used for cement
The charging guiding device of ball mill, simple in structure, manufacture is at low cost, it is ensured that the cement material for entering feed bin from guiding device can
It equably falls in feed bin so that the position of close feed bin antetheca is not in non-material area in feed bin, is effectively increased cement material
Milling time in feed bin effectively improves grinding efficiency of the entire cement ball mill in progress cement material grinding, finally
Achieve the purpose that carry production, energy saving, consumption reduction, realize the energy-saving charging guiding device for cement ball mill of cement factory.
Illustrative description is carried out to the utility model above in conjunction with attached drawing, it is clear that the utility model concrete implementation is simultaneously
Do not limited by aforesaid way, if employ the utility model methodology and technical solution carry out various improvement or
It is not improved that the design of the utility model and technical solution are directly applied into other occasions, in the protection of the utility model
In the range of.
Claims (6)
1. a kind of charging guiding device for cement ball mill, the cement ball mill includes feed bin (1), feed bin (1) packet
Include preceding bin wall (2), setting feeding pipe (3) on the outside of preceding bin wall (2) is pacified on the preceding bin wall (2) below feeding pipe (3)
Fill air pipeline (4), it is characterised in that：The charging guiding device for cement ball mill includes guiding device ontology
(5), guiding device ontology (5) one end is connected with feeding pipe (3), and guiding device ontology (5) other end passes through preceding bin wall (2)
It is internal to extend to feed bin (1), the guiding device ontology (5) extends to one end in feed bin (1), bottom setting blanking port
(6), guiding device ontology (5) extends to one end in feed bin (1), front end setting flow apron (7).
2. the charging guiding device according to claim 1 for cement ball mill, it is characterised in that：The feed bin
(1) two storehouse of feed bin (15) including leaning on one storehouse of feed bin (14) of nearby bin wall (2) and far from preceding bin wall (2), one storehouse of feed bin
(14) and in two storehouse of feed bin (15) arranging thing abrasive lapping steel ball (16), feeding pipe (3) are configured to from feed bin (1) outside respectively
To the structure of feed bin (1) delivered inside cement material, the feeding pipe (3) is transported to the internal cement object of feed bin (1) in portion
Material is configured to fall on by the structure in nearby one storehouse of feed bin (14) of bin wall (2) position from blanking port (6).
3. the charging guiding device according to claim 2 for cement ball mill, it is characterised in that：The water conservancy diversion dress
It puts ontology (5) and includes water conservancy diversion bottom plate (8), left water conservancy diversion side plate (9), right water conservancy diversion side plate (10), the water conservancy diversion bottom plate (8), a left side are led
The u-shaped structure in stream side plate (9), right water conservancy diversion side plate (10) composition section, blanking port (6) are arranged on water conservancy diversion bottom plate (8) and are located at
Position in feed bin (1), the flow apron (7) are tiltedly mounted on left water conservancy diversion side plate (9) front position and right water conservancy diversion side plate
(10) front position.
4. the charging guiding device according to claim 3 for cement ball mill, it is characterised in that：The water conservancy diversion bottom
It connect, is connect on the right side of water conservancy diversion bottom plate (8) with right water conservancy diversion side plate (10) lower end, a left side is led with left water conservancy diversion side plate (9) lower end on the left of plate (8)
Stream side plate (9) rear end and right water conservancy diversion side plate (10) rear end are connect respectively with feeding pipe (3), left water conservancy diversion side plate (9) front end setting
Left-leaning inclined-plane (11), right water conservancy diversion side plate (10) front end setting Right deviation inclined-plane, flow apron (7) and left-leaning inclined-plane (11) and right bank
Face connects.
5. the charging guiding device according to claim 4 for cement ball mill, it is characterised in that：The ventilation duct
Road (4) is connected with wind turbine, and the air quantity of wind turbine blowout is configured to blow into below the blanking port (6) of guiding device ontology (5)
The structure of feed bin (1), the water conservancy diversion bottom plate (8) of guiding device ontology (5), left water conservancy diversion side plate (9), right water conservancy diversion side plate (10) respectively with
Feeding pipe (3) is welded to connect.
6. the charging guiding device according to claim 4 for cement ball mill, it is characterised in that：The left water conservancy diversion
The connecting portion setting reinforcing rib I (12) of side plate (9) and feeding pipe (3), reinforcing rib I (12) one end and left water conservancy diversion side plate (9)
Connection, reinforcing rib I (12) other end are connect with feeding pipe (3), the right water conservancy diversion side plate (10) and the company of feeding pipe (3)
Socket part position sets reinforcing rib II, and II one end of reinforcing rib is connect with right water conservancy diversion side plate (10), II other end of reinforcing rib and feeding pipe
(3) it connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720733310.3U CN207591978U (en) | 2017-06-22 | 2017-06-22 | For the charging guiding device of cement ball mill |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720733310.3U CN207591978U (en) | 2017-06-22 | 2017-06-22 | For the charging guiding device of cement ball mill |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207591978U true CN207591978U (en) | 2018-07-10 |
Family
ID=62752933
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720733310.3U Active CN207591978U (en) | 2017-06-22 | 2017-06-22 | For the charging guiding device of cement ball mill |
Country Status (1)
| Country | Link |
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| CN (1) | CN207591978U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107398330A (en) * | 2017-06-22 | 2017-11-28 | 安徽海螺集团有限责任公司 | A kind of charging guiding device for cement ball mill |
-
2017
- 2017-06-22 CN CN201720733310.3U patent/CN207591978U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107398330A (en) * | 2017-06-22 | 2017-11-28 | 安徽海螺集团有限责任公司 | A kind of charging guiding device for cement ball mill |
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